Amazing Huge Gear Production Process | CNC Machine In Working 

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What about the speed That must be solid steel I assume. I can’t even cut butter that fast

be amazed by the one who created it all

Give it time, you’ll hate it soon enough...

@@bloibl916 0

unemployment due to automation

@@paulruesink8917 fuckin true

Well, Not that much - most of These got destroyed due to overflooding.

mashinist beginner durak

You are making great fabricants I call it the spitzpoint-industry and worked also as an operator.

Yes i saw that too, maybe they got people with machines that take care of it. I have been into shops were i sneezed black by just walking through them. Some hasn´t even got fans for sucking out that evil white smoke.

If a company didn't make the transition to CNC then they folded up. You can't compete with CNC. I mean just look at it. These are basic machining centers here too. Nothing too fancy. No 5 axis or what have you.

It's been possible for a long time. Today it is accessible. The thing is it's still a lot to wrap your head around.

In a CNC-mill like this one, it is programmed and based on position, that means that the part and cutting tools knows exactly where it is at at all times. When programing it, you can see the part getting cut in a simulation, what cutting tools to use, speed, and so on.

@@olehoiii as a former machinist i endorse this explanation.

Perfectly correct and it should also be not that, the machine can create a different thread groves in situation which we dismountle the piece and mount again (due to change of reference point).

The machine has sensors in the spindle so it knows precisely what degree and velocity the spindle is at all the time. There are PID loops going on. The machine controller (the electronic control unit that runs the CNC machine) controls the spindle and the lead screw of the machine. So it can coordinate all of the movement. The spindle is the A axis. The lead screw and carriage are X and Y Computers are idiot savants at math too. They're just supernaturally good at it. Counting and calculating is what they do. What's really going on when you get into the nitty and gritty of it all is nothing short of amazing. The machine is taking all kinds of parameters into consideration while it's executing operations. What it can do, what it's been asked to do, etc. It's pretty crazy.

AInda mais qundo se trabalha com maquina convencional

Cemented carbide cutting tools have been around since the late 1920's.

My man. I got a small CNC router. Then a big heller, índex lathe, and a EDM. The only experience I have on manual machines is watching abom79. And It is defiantly possible to jump right to CNC machining. The power and speed of a modern machine is so high just fell on a manual machine cannot prepare.

There was a time when I would have agreed with you. Just watching that grooving tool at 5:07 proves that a manually created program will have wasted motion. Look at how long that tool cuts air before it reaches the material. The turning module in GibbsCam would never create a toolpath with that much air time. We continuously track the material state so that the tool is positioned within a few thousandths of the stock to eliminate unwanted motion. CNC programming with today's technology could never be duplicated by hand. It's just not possible.

Chris brother let see your video and show us few tricks I’m looking forward to see your face on RU-vid

Bcz non Technical people have superior power and don't underestimate the power of fools in large groups!!

He is right. Can’t pay workers with gears

Hey then you should be aware about what humans can do! And you should also do something great for humanity. Ok if you dont know what humans can do, then how can you forget about rockets . It is since 60s.

You're right. That drill flexing, ouch ! Maybe its a non critical dim.

@@bonesshed. Critical or not, it's still allows space for unwanted buildup.

Success story

Galindo

Thanks for watching.

Sure, I love them

А в России по сей день на долбежном станке!)😁

@@mayke8623 в основном используется косой зуб и нарезается зубонарезной фрезой. Есть способ и на зубодолбежном станке. Все это ещё от советского времени пришло и менять смысла нет. Но этот вид зуба радиусный. Возможно и технологические требования у него другие. Вот и интересно было как такой вид шестерен изготавливают. Правда я не пойму сарказма по поводу России. И в Китае и в Индии и даже в любимой многими Америке также используют косозубые шестерни.